Project plan

A 30-month research plan built around staged validation.

The schedule separates simulation, parameter mapping, model development, real-data validation, and public release work into linked work packages with explicit go/no-go points.

Work packages

WPFocusMonthsMain output
1Simulation infrastructure1-7Validated transit-plus-spot simulator
2Parameter-space mapping5-16Timing-bias regime map
3Detection and correction pipeline12-22CNN triage and physical correction workflow
4Real-data validation18-28Gold-standard active-system validation set
5Open-source release24-30Documented code, examples, public outputs, and final synthesis

People and training

RolePlanned contributionSupport period
Principal investigatorScientific leadership, modelling, validation, software architecture, publicationsFull project
MSc bursary studentSimulation tests, data processing protocols, early parameter-space workMonths 1-12
PhD bursary studentML model development, validation pipeline, software and analysis productsMonths 5-28

Validation roster

LayerCandidate systemsUse
Pre-analysed coreHAT-P-11b, WASP-19b, HAT-P-36b, WASP-52bKnown timing-scatter and spot-contamination cases
Stress testsKepler-17b, AU Mic b, K2-25bHigh-activity or young-star domain-gap checks
Timing controlsWASP-4b, WASP-12b, WASP-43bTTV/orbital-decay and false-positive benchmark cases
Reserve benchmarksHD 189733b, Qatar-1bArchive-rich activity targets available if a primary candidate fails quality gates

GJ 1214b remains a JWST atmospheric comparison example in the data-source manifest, but it is not counted inside the 12-system timing-validation roster.

Budget snapshot

CategoryAmountPurpose
Bursaries1,050,000 TLMSc months 1-12 and PhD months 5-28
Equipment155,000 TLOne local pre-test workstation for prototyping and TRUBA run preparation
HPC service80,000 TLTRUBA compute service for ML and selected posterior runs
Travel70,000 TLSelective scientific meeting and dissemination support
TUBITAK request1,355,000 TLTotal requested project support